1. dropdown asks for geometry (b) 1. asks for geometry 2. asks for degrees 3. asks for degrees Please answer all

Chemistry: The Molecular Science
5th Edition
ISBN:9781285199047
Author:John W. Moore, Conrad L. Stanitski
Publisher:John W. Moore, Conrad L. Stanitski
Chapter7: Molecular Structures
Section: Chapter Questions
Problem 102QRT: There are two compounds with the molecular formula HN3. One is called hydrogen azide; the other is...
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(a) 1. dropdown asks for geometry

(b) 1. asks for geometry

2. asks for degrees

3. asks for degrees

Please answer all three parts otherwise i will downvote

Consider the PCls molecule.
(a) After determining the type of hybridization of orbitals of the P atom, specify the type and number of bonds formed between the hybrid orbitals of the P atom and the orbitals of the Cl atoms.
Select---
v electron-domain geometry implies that the following hybridization of orbitals of the central atom.
O sp
O sp?
O sp3
O sp?d
O sp?d2
Note that this hybridization produces
hybrid orbitals, which can explain the electron-domain geometry.
(b) Specify the bond angles between the hybrid orbitals.
In -Select--
equatorial position by --Select---v
v geometry, the 3 orbitals pointing toward equatorial positions are -Select-v apart. Also, each orbital in an axial position is separated from each orbital in an
Transcribed Image Text:Consider the PCls molecule. (a) After determining the type of hybridization of orbitals of the P atom, specify the type and number of bonds formed between the hybrid orbitals of the P atom and the orbitals of the Cl atoms. Select--- v electron-domain geometry implies that the following hybridization of orbitals of the central atom. O sp O sp? O sp3 O sp?d O sp?d2 Note that this hybridization produces hybrid orbitals, which can explain the electron-domain geometry. (b) Specify the bond angles between the hybrid orbitals. In -Select-- equatorial position by --Select---v v geometry, the 3 orbitals pointing toward equatorial positions are -Select-v apart. Also, each orbital in an axial position is separated from each orbital in an
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